mechanical environment - Globe Thesis

Keyword [mechanical environment] Result: 1 - 20 \| Page: 1 of 2
1.	Construction And Dynamic Culture Of Tissue Engineered Bone Under Mechanical Environment
2.	Simulation Of Tumor Anti-angiogenesis Under The Effect Of Microenvironment
3.	The Effects Of Natural Bone Tissue With Three-dimensional(3-D) Cultivation In Vitro Mechanical Environment
4.	Purification Of VWF-A1and Its Function Study In Mechanical Environment
5.	The Biological Research Of Cardiac Fibroblast Under The Condition Of Hydrogel Substrate Mechanical Environment
6.	The Study Of Cardiac Stem Cell Differentiation On Hydrogel Substrate Mechanical Environment
7.	Experiment Study And Numerical Simulation Of Biodegradable AZ31 Magnesium Alloy Bone Plate Fixing Femoral Fracture
8.	Based On 3D Mechanical Environment Of Myocardial Stem Cells Engineered Micro- Myocardial Tissue Construction Reasearch
9.	The Effects Of Mechanical Environment On Recruitment And Differentiation Of MSCs At Fracture Site During Early Stage Of Fracture Healing
10.	Study On The Biomechanical Properties Of Internal Fixation Metal Plate Of Femur Shaft Fractures
11.	Study On The Mechanical Environment Of The Chondrocytes In The Articular Cartilage Repair Zone Under Compressive Loading
12.	Biomechanical Experimental Study On The Effects Of High-G Extreme Environment On Bone Tissue
13.	Biomedical Modeling Study Of The Influence Of Mechanical Environment On Metastatic Tumor’s Growth And Invasion
14.	Mechanism Of Affinity Alterations In VWF-A3 Domain Mutant W1745C Studied By Molecular Dynamics Simulation
15.	Different Combinations Of Bone Plates Affect The Mechanical Environment Of Distal Femoral Fracture With Metaphyseal Comminution
16.	Biomechanical Experimental Study On The Effects Of High-G Mechanical Environment On Bone
17.	The imprinting effects of mechanical environment on the fibrogenesis of mesenchymal stem cell
18.	Loading Induced Bone Adaptation in the Distal Radius of Women: Influence of Mechanical Environment
19.	An Investigation of Cell Responses to Mechanical Environment
20.	Understanding mechanical environment changes and biological responses to canine retraction using T-loop
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